辉瑞、Moderna和Janssen疫苗加入人血液后对红细胞的炎性血栓和朊病毒型影响

R. Fleming
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引用次数: 0

摘要

背景:三种EUA批准的药物疫苗生物制剂已被美国食品和药物管理局(FDA)批准用于SARS-CoV-2。它们对红细胞的影响以前未见报道。方法:7例(男性4例;包括两名既往感染SARS-CoV-2的妇女在内的3名妇女,一名以前接种过辉瑞疫苗(两剂),一名以前接种过Moderna疫苗(三剂,包括一剂加强剂),提供了静脉穿刺采血供分析。在研究的第一部分,一名男性受试者通过静脉穿刺分析提供血液。在使用辉瑞BioNTech疫苗和生理盐水前后,对这些血液进行显微镜分析。在研究的第二部分,3名男性和3名女性提供了通过静脉穿刺获得的血液样本。在辉瑞、Moderna和Janssen疫苗注入血液前后,对每个人的血液进行了直接显微镜检查。在研究的第三部分,对疫苗的外来物质进行了独立分析。结果:7例患者(男4例,女3例)静脉穿刺采血时红细胞颜色正常。每个人的血液在显微镜下分析显示正常的形态和外观。在每个病例中,将辉瑞、Moderna或杨森疫苗直接注射到外周血涂片上的血液中,都显示出几乎立即失去红色。这种红色的消失在整个检查过程中持续存在,仅在疫苗与红细胞混合的地方可见。当疫苗在血液涂片上扩散时,红细胞表现出(a)不是短暂的红色消失,(b)在给血注入生理盐水后的同一时间内未观察到红细胞的结块,以及(c)红细胞形态的改变。虽然有几个小瓶有外来物质;他们都没有明显的氧化石墨烯、生物体或纳米技术的证据。结论:注射辉瑞、Moderna和杨森疫苗可使红细胞立即丧失红色。这种红色的消失表明血红蛋白与氧气的结合被破坏了。由于大气中的氧气可以立即使血红蛋白分子重新饱和,从而恢复红细胞的功能和名称的红色;这项研究的结果表明,在血红蛋白分子中有一种改变,阻止血红蛋白与氧气结合。血红蛋白分子的这种改变可以解释为疫苗与红细胞合并并将其遗传物质(RNA或DNA)直接释放到红细胞中;对血红蛋白分子有朊病毒改变作用的。一些疫苗样本含有外来物质。这些疫苗不含可观察到的氧化石墨烯、鸡蛋或活生物体。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Pfizer, Moderna and Janssen vaccine InflammoThrombotic and Prion Type Effect on Erythrocytes When Added to Human Blood
Background: Three EUA approved drug vaccine biologics have been approved for use by the United States Food and Drug Administration (FDA) for SARS-CoV-2. Their effect upon erythrocytes has not previously been reported. Methods: Seven individuals (4 men; 3 women) including two people with prior SARS-CoV-2 infections, one previously vaccinated with the Pfizer vaccine (two doses), and one previously vaccinated with the Moderna vaccine (three doses including one booster) provided blood drawn by venipuncture for analysis. In the first part of the study, one male subjected provided blood by venipuncture analysis. This blood was microscopically analyzed before and after the administration of the Pfizer BioNTech vaccine and normal saline. In the second part of the study, 3 men and 3 women provided blood samples obtained by venipuncture. Each of the individual’s blood was directly examined microscopically before and after administration of the Pfizer, Moderna, and Janssen vaccines to the blood. In the third part of the study the vaccines were independently analyzed for extraneous material. Results: Seven individuals including 4 men and 3 women showed normal erythrocyte coloration when their blood was drawn by venipuncture. Each individual’s blood when analyzed microscopically demonstrated normal morphology and appearance. In each instance, the administration of the Pfizer, Moderna, or Janssen vaccines directly into the blood on peripheral blood smear demonstrated an almost immediate loss of red color. This loss of red color persisted throughout the examination and was only seen where the vaccines mixed with erythrocytes. As the vaccines spread across the blood smear, the erythrocytes demonstrated (a) a loss of red color that was not transient, (b) clumping of erythrocytes not observed during the same time period following the administration of normal saline to the blood, and (c) alterations in the morphology of erythrocytes. While several of the vials had extraneous material; none of them had evidence of significant graphene oxide, living organisms, or nanotechnology. Conclusion: Administration of Pfizer, Moderna, and Janssen vaccines resulted in the immediate loss of red coloration present in erythrocytes. This loss of red coloration indicates that there is a disruption of the hemoglobin binding of oxygen. Since atmospheric oxygen is immediately available to re-saturate the hemoglobin molecules restoring the red color responsible for the function and name of erythrocytes; the results of this investigation suggest that there is an alteration in the hemoglobin molecule preventing the hemoglobin from binding with oxygen. This alteration of the hemoglobin molecule could be explained if the vaccines merge with the erythrocytes and release their genetic material (RNA or DNA) directly into the erythrocytes; having a prion altering effect upon the hemoglobin molecule. Some of the vaccine samples included extraneous materials. The vaccines did not include observable graphene oxide, eggs or living organisms.
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